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We support you with expert advice and technical assistance to optimize your systems

Medical technology is constantly evolving. New sensor technology, current research results, and increasing demands when it comes to functionality and operational readiness present manufacturers with technical and economic challenges. However, they often lack resources or specific skills to optimize existing systems or new developments in a targeted manner.

This is where Corscience comes in — bringing its sound expertise in hardware, software, mechanics, and system integration. Whether you’re looking for partial developments, functional extensions, or to reduce manufacturing costs, with our experience in medical technology development and our comprehensive understanding of systems, we ensure the profitability of your products over their entire lifecycle.

How we support your development

Embedded Software (Linux / RTOS/(Bare Metal))

Embedded software constitutes the core of medical systems—from precise signal processing to secure device communication. Powerful µC- and Linux-based implementations from Corscience enable stable real-time processes and compliant system integration.

Scope of services

  • Requirements management
  • Software architecture for µC or microprocessor systems
  • Integration of sensors/actuators
  • Secure boot, secure update, encryption
  • C++, C, Rust, Python
  • Boot-time and performance optimization
  • Kernel updates, driver customization
  • Updates, bug fixes
  • Reproducible and scalable build process, modern CI/CD pipeline
  • Development documentation per IEC 62304

Benefits

  • Robustness and stability reduces the risk of failures
  • Reliable execution of time-critical functions on µC or Linux platforms
  • Tailor-made solutions for different hardware platforms
  • Automated pipelines and reproducible builds
  • Functions and modules can be used across product lines
  • Faster updates and shorter response times

Contact

Let’s talk about your requirements.

GUI Development

Graphical user interfaces connect users and devices through clearly defined operating concepts – from touch and button control to hybrid interfaces. Modern medical devices require intuitive interactions, visual clarity, and usability in accordance with IEC 62366.

Scope of services

  • Development of GUI style guides (colors, symbols, typography, layout rules)
  • Creation of clickable mock‑ups or interactive GUI demos
  • Integration of the user interface with application and control logic
  • GUI implementation using established frameworks
  • Validation of color-, contrast-, and symbol-usage

Benefits

  • Faster and more precise operation
  • User‑ and use‑case‑specific user interfaces
  • Early identification and reduction of user errors
  • Modern application concepts, including voice and gesture control

Contact

Let’s talk about your requirements.

Feature Expansion & Integration

Functional expansions often enable existing hardware and software platforms to be reused for new medical applications.
Through the targeted integration of additional modules, the functional scope and service life of your system can be significantly extended.

Scope of services

  • Analog frontend integration (ECG, SpO₂, etc.)
  • Extension with pacing function
  • Extension with CPR feedback
  • Integration of additional vital parameter sensors (ECG, SpO₂, CO₂, blood pressure, temperature, etc.)
  • Algorithm development based on medical sensor signals
Benefits

  • Keeping products competitive through new functionality
  • Integration of diagnostic or therapeutic innovations
  • Reduced time‑to‑market through integration of proven modules
Contact

Let’s talk about your requirements.

 

Hardware Customization

Hardware adaptations enable the further development of existing platforms to meet new technical, functional, or product‑specific requirements.
Through targeted changes to circuitry, layout, and components, the core system architecture is preserved while ensuring long‑term viability and future readiness.

Scope of services

  • Replacement of (critical) components
  • Processor replacement
  • Power supply and battery management
  • Standards‑driven adaptations of layouts and circuits
  • Integration of filters, safety capacitors, ferrites, and related components
  • Improved grounding and shielding
  • Integration of watchdog circuits, voltage monitoring, relays, current‑limiting circuits, and galvanic isolation
Benefits

  • Optimized replacement of critical or obsolete components
  • Improved performance and efficiency through new processors and modules
  • Adaptations can often be implemented within existing architecture
  • Enhanced EMC properties
  • Future‑proof system design
Contact

Let’s talk about your requirements.

Connectivity & Interfaces

Reliable connectivity is a fundamental requirement for modern medical devices—enabling data exchange, remote monitoring, and seamless clinical integration.
Through targeted extension or modernization of interfaces, we make your devices are network-compatible and future-proof.

Scope of services

  • Retrofit and replacement of communication modules (BTLE, LTE, WiFi, SDC, 5G etc.)
  • Integration with clinical networks (HL7 FHIR)
  • Connectivity to electronic health record systems
  • Security concepts (encryption, authentication, and data integrity)

Benefits

  • Reliable communication with clinical networks and IT systems
  • Real‑time transmission, tracking, and analysis of vital signs and device data
  • Remote software updates
  • Improved interoperability across your systems

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Enclosure Development

Enclosures for medical devices must meet the highest requirements for safety, ergonomics, and regulatory compliance. In our designs, we consider factors such as biocompatibility, fire safety, robustness, weight, and mobility to create solutions that perform reliably in daily clinical use.

Scope of services

  • Material selection and biocompatibility (plastics and metals in accordance with ISO 10993)
  • Fire safety and regulatory compliance (materials rated to UL 94, compliant with IEC 60601-1)
  • Ergonomics and ease of use (integration of handles and operational controls)
  • Robustness and protection (IP ratings, shock and vibration resistance)
  • Weight optimization and mobility (lightweight design, portable and modular concepts)
  • Space‑optimized integration and functionality (electronics, displays, and interfaces)
  • Manufacturing technologies (injection molding, 3D printing, etc.)

Benefits

  • Compliant and safe enclosure solutions for all application areas
  • Short development cycles through rapid prototyping and modern manufacturing methods
  • High reliability and durability under demanding operating conditions
  • Optimized ergonomics and mobility for everyday clinical use
  • Cost‑efficient manufacturing through well‑matched technologies

Contact

Let’s talk about your requirements.

 

Development of Applied Parts

Patient‑contacting components (applied parts) must be safe and ergonomic for both users and patients while fully complying with applicable standards. With a strong focus on biocompatibility, electrical safety, and comfortable handling, we support you with expert guidance and development of applied parts for your medical devices.

Scope of services

  • Material selection and biocompatibility (plastics and metals in accordance with ISO 10993)
  • Fire safety and regulatory compliance (materials rated to UL 94, compliant with IEC 60601-1)
  • Ergonomics and ease of use (integration of handles and operational controls)
  • Robustness and protection (IP ratings, shock and vibration resistance)
  • Weight optimization and mobility (lightweight design, portable and modular concepts)
  • Space‑optimized integration and functionality (electronics, displays, and interfaces)
  • Manufacturing technologies (injection molding, 3D printing, etc.)

Benefits

  • Safe and compliant solutions for point-of-care applications
  • High reliability and durability, even under clinical operating conditions
  • Ergonomic design for fast and intuitive use
  • Cost‑efficient manufacturing through well‑matched technologies

Contact

Let’s talk about your requirements.

Reduction of Manufacturing & Production Costs

Targeted development and design adaptations reduce material, assembly, and testing effort in serial production.
Through technical and organizational optimization, we enable cost‑efficient manufacturing while maintaining functionality and quality.

Scope of services

  • Analysis of material usage, manufacturing steps, and test effort
  • Redesign of circuitry, layout, and mechanical components
  • Evaluation of components, materials, and suppliers
  • Variant management
  • Design for Manufacturing (DfM)

Benefits

  • Reduced costs across different assemblies
  • More secure supply chains and reduced procurement risks
  • Early cost assessment to support better design decisions
  • Improved overall cost efficiency

Contact

Let’s talk about your requirements.

Design Transfer & Industrialization

Design transfer moves a developed product into stable serial production. Structured alignment of development, quality, and production results in reproducible processes and clear documentation for the manufacturing of your systems.

Scope of services

  • Development of a production concept
  • Validated parts lists, manufacturing and testing documentation
  • Transfer of development data
  • Pilot series
  • Production documentation
  • Installation Qualification (IQ), Operational Qualification (OQ), and Performance Qualification (PQ)

Benefits

  • Reusable functions and modules across product lines
  • Faster updates and shorter response times in production and lifecycle management

Contact

Let’s talk about your requirements.

Miniaturization

The increasing portability and personalization of medical device systems require more compact and energy‑efficient designs. Strategic miniaturization enables new application scenarios but places high demands on circuit layouts, electronic components, and thermal management.

Scope of services

  • System and functional analysis
  • Architecture and layout optimization
  • Electronics redesign
  • Component evaluation and selection
  • Optimization of EMC and thermal designs
  • Design adaptation in accordance with DFA and DFM principles
  • Integration testing and verification

Benefits

  • Significant reduction in size and weight
  • Maintained or improved performance for portable devices
  • Designs optimized for efficient manufacturing and assembly
  • Scalable miniaturization concepts across different device platforms

Contact

Let’s talk about your requirements.

Conformity Check

Standards compliance is critical for regulatory approval and market readiness of medical devices. Missing or insufficient evidence often leads to delays and rework.
Our Conformity Check identifies compliance gaps and finds and evaluates technical and argumentative solutions.

Scope of services

  • Gap analysis of missing or insufficient evidence and processes
  • Review of functional safety in accordance with IEC 60601 / IEC 62304
  • Analysis of existing tests, validations, and technical evidence
  • Preparation of technical rationales to support discussions with notified bodies
  • Development of technical solutions and redesigns
  • Additional testing and verification

Benefits

  • Early identification of deviations from applicable standards
  • Implementation with minimal impact on ongoing projects
  • Reduced regulatory approval risks
  • Robust, defensible recommendations for regulatory argumentation
  • Technically sound and standards‑compliant solutions
  • Structured overview of possible solution paths with success assessment

Contact

Let’s talk about your requirements.

Our Service Packages for Your Success

Drawing on experience from numerous MedTech projects and close collaboration with leading manufacturers and startups, we offer tailored service packages designed to bring your medical device development to its goal faster, safer, and with confidence.

Let us help improve your processes.

 

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We also support you in related areas

Development projects typically span more than a single discipline. Here you’ll find related solution areas that help move your development forward.